Parallel power module

Aerogasol AG820WC

Four AG205WC units integrated as one dispatchable power block. AG820WC combines unit-level independence with synchronized operation, allowing maintenance rotation, staged loading and resilient 24/7 site power.

Request project quote Technical specifications

Continuous power820 kWComplete package rating

Architecture4 × AG205WCParallel power module

Electrical efficiency34–35%*Project conditions apply

Gas consumption≈0.31 Nm³/kWh*Reference value

Core engineWeichai4 × Weichai WP13D317E300NG

Manufacturer codeWCModel suffix

01 / PRODUCT PLATFORMAG820WC

Technical specifications

Key selection data.

Detailed electrical, gas and site-condition data are finalized in the project technical agreement.

Rated continuous power820 kW

Module architecture4 × 205 kW

Engine manufacturerWeichai

Engine modelWP13D317E300NG

Dispatch mode1–4 units on demand

ControlIndependent control + synchronization

DeliverySkid, acoustic or containerized

ExpansionMulti-block parallel architecture

Delivery scope

Configured for the actual site.

The baseline package is completed with acoustic, gas-treatment, electrical and enclosure modules according to the project.

STANDARD

Factory generator package

Gas engineCore engine, cooling and exhaust interfaces
AlternatorIndustrial brushless alternator
Control cabinetProtection, monitoring and connection harness
Gas intake trainRegulation, shutoff, filtration and flame protection
DocumentationOperation and maintenance manuals

OPTIONAL

Project integration modules

Acoustic enclosureSite-specific noise package
Container systemVentilation, fire and service layout
Gas treatmentMoisture, sulphur and pressure conditioning
Parallel switchgearSynchronization and load dispatch
Remote monitoringOperational data and alarm access

Need project customization?

Match the package
to your gas and load.

Send the gas composition, required output, operating hours, site climate and grid arrangement. Aerogasol will return a configuration basis for discussion.

Contact engineering

* Reference values are derived from nominal platform data and are not a performance guarantee. Final ratings depend on gas composition, ambient temperature, altitude, frequency, emissions package and project duty.